Technical Bulletin
02/02/19

The Effects of DCI® on the Corrosion Rates of Steel in Concrete – TB-0907

A Laboratory Study In 1984 the latest large scale accelerated corrosion test program was initiated examining…

The Effects of DCI® on the Corrosion Rates of Steel in Concrete – TB-0907
Technical Bulletin

DCI® What is Corrosion? – TB-0905

This Technical Bulletin 0905 explains chloride induced corrosion of steel in concrete. Steel in Concrete The…

DCI® What is Corrosion? – TB-0905
Technical Bulletin
22/01/19

DCI® Results of FHWA Sponsored Corrosion Studies – TB-0910

This engineering bulletin discusses work done by Wiss, Janney & Elstner Assoc. (WJE) who examined the…

DCI® Results of FHWA Sponsored Corrosion Studies – TB-0910
Technical Bulletin

DCI® Performance in Cracked Concrete – TB-0908

A labouratory study was conducted for three years to test DCI® Corrosion Inhibitor performance in cracked…

DCI® Performance in Cracked Concrete – TB-0908
Technical Bulletin
10/01/19

CONCERA® SA8080 Control Flow – TB-1701

CONCERA® SA8080 is a patented rheology modifying polycarboxylate based ASTM C494 Type A and F high…

CONCERA® SA8080 Control Flow – TB-1701
Technical Bulletin
08/01/19

DRY-BLOCK® System – TB-01D

DRY-BLOCK® is a system specially designed to provide concrete masonry structures with outstanding water-repellent characteristics. The…

DRY-BLOCK® System – TB-01D
Technical Bulletin
03/01/19

Using V-MAR® 3 (Rheology Modifying Admixture) to Place Underwater Concrete – TB-1401

The ability to directly place concrete underwater is desirable because the concrete can be placed by…

Using V-MAR® 3 (Rheology Modifying Admixture) to Place Underwater Concrete – TB-1401
Technical Bulletin
30/09/18

FORCE 10,000® D Microsilica and its uses in Concrete – TB-0709

One of the newest construction materials available to designers and engineers is FORCE 10,000® D, a…

FORCE 10,000® D Microsilica and its uses in Concrete – TB-0709
Technical Bulletin

Mechanical properties of FORCE 10,000® D microsilica concrete – TB-0713

FORCE 10,000® D, a microsilica-based concrete admixture, has gained acceptance in a number of diverse applications.…

Mechanical properties of FORCE 10,000® D microsilica concrete – TB-0713
Technical Bulletin

Water and Gas Permeability of FORCE 10,000® D Microsilica Concrete – TB-0711

There are many applications in industry which require a concrete with very low permeability. Structures where…

Water and Gas Permeability of FORCE 10,000® D Microsilica Concrete – TB-0711
Technical Bulletin
20/09/18

Corrosion Protection using FORCE 10,000® D Concrete – TB-0712

This engineering bulletin briefly examines how the addition of microsilica to concrete can help protect the…

Corrosion Protection using FORCE 10,000® D Concrete – TB-0712
Technical Bulletin

FORCE 10,000® D Reducing Hydraulic Abrasion-Erosion – TB-0710

A durability problem facing many hydraulic structures is the abrasion-erosion of the concrete surfaces. This type…

FORCE 10,000® D Reducing Hydraulic Abrasion-Erosion – TB-0710